Perancangan logo produk pada usaha mikro kecil dan menengah di Kabupaten Bogor

Dodol merupakan panganan manis tradisional khas Indonesia yang terbuat dari santan kelapa, tepung ketan dan gula merah. UMKM Asri Dodol merupakan salah satu UMKM yang menghasilkan dodol di Kec. Bojonggede, Bogor melalui proses yang masih tradisional dan tergolong industri rumahan. Permasalahan yang dialami adalah logo produk pada kemasan saat ini kurang menarik dan tidak terlihat dengan jelas. Pemilik belum memahami bahwa logo menjadi salah satu hal penting untuk menarik para konsumen. Oleh karena itu UMKM ini membutuhkan perancangan logo untuk menarik konsumen. Metode pelaksanaan kegiatan ini adalah melalui wawancara dan kunjungan ke lokasi mereka. Desain logo yang diberikan ada dua alternatif dimana masing-masing alternatif logo dirancang dengan desain yang menarik dari sisi warna, tulisan, maupun gambar. UMKM Asri Dodol memilih desain dua karena memiliki warna dan bentuk yang lebih menarik. Keberhasilan dari kegiatan ini dapat dilihat dari bertambahnya pengetahuan UMKM mengenai pentingnya logo dan adanya desain logo baru yang diberikan kepada UMKM Asri Dodol untuk digunakan kedepannya. Pendampingan masih perlu dilanjutkan untuk membantu UMKM dapat bersaing dengan pesaing lokal lain dari seluruh Indonesia

Implementation Of Broadband Technology Infrastructure Using Techno-Economic Analysis ( A Casa At The Goverment Of West Java Province)

This research is to identify the economic value of implementing fixed-WIMAX (Worldwide Interoperability for Microwave Access) technology and customized fiber-optic technology in the development planning of broadband infrastructure owned by the government of West Java Province. This research is descriptive, and using Techno Economic Analysis. The result shows ratio of the values of technology investments to the value of revenue assumption in government user or non-government user. It is seen that the capital expenditure (CAPEX) value for technology investment of fixed-WIMAX and fiber-optic are US$13,900,660 and US$18,297,880. Meanwhile, the operational expenditure (OPEX) value are US$8,459,280 and US$1,646,530. The Net Present Value (NPV) for fixed-WIMAX and fiber-optic technology implementation projected for five years is US$14744,52 and US$22,918,470. It can be concluded that investment project is feasible, but fiber-optic technology investment is more profitable. If a review based on Internal Rate of Return (IRR) calculation shows that fixed-WIMAX or fiber-optic technology implementation gives the same value, which is 30.6%, it can be concluded that both implementations are feasible. Keywords: West Java, fixed-WIMAX, fiber-optic, techno-economic.Â

Repair and Maintenance of Main Engine Cooling System on Fishing Vessels

Diesel engine is one type of piston motor fuel, whose fuel combustion occurs due to high air pressure in the combustion chamber. The combustion process diesel engine generates heat energy and raises the high pressure in the cylinder, the pressure is comverted to mechanical energy on the crankshaft. Then the cooling system is needed on the main engine. The cooling system is one system that functions to maintain the engine temperature at a certain temperature in accordance with the design specified so that the diesel engine can operate sustainably. This research work aims to find out how to work the ship's cooling system, to find out how to maintain the ship's cooling system, to find out the interference that occurs in the cooling system and to make repairs. The working of the cooling system at KM Sumber Fortuna use a cooling system indirectly / closed by using a heat excanger as a place to heat the heat excanger media by circulating fresh water to the entire machine to remove heat arising from combustion and friction in the engine. The method of maintenance is carried out with the duty service for 4 hours, the service carried ou is to check all the engine components in KM Sumber fortuna. While the damage occurred in the seawater suction pipe which had leaked in the pipe binder and replaced the leaked pipe by cutting the new pipe or hose and clamping the pipe / hose on the suction side of the heat exchanger